The U.S.S.R. and Southern Africa Since 1976

1984 ◽  
Vol 22 (1) ◽  
pp. 73-108 ◽  
Author(s):  
Keith Somerville

This extract from an editorial in The Times, which followed the capture of a Soviet warrant officer by invading South African forces in southern Angola in September 1981, sums up well the attitude in many western quarters, including most governments, towards Soviet involvement in the continent, particularly Southern Africa. It was widely assumed that the victory of the Movimento Popular de Libertação de Angola led by Agostinho Neto, achieved with substantial Soviet and Cuban aid, would lead to the use of Angola as a springboard for communist intervention in Zimbabwe, Namibia, and South Africa. Those who supported this premise believed that Moscow's leaders wished to be in a position to control the sea-lanes off the South African coast, and that

Plant Disease ◽  
2008 ◽  
Vol 92 (6) ◽  
pp. 982-982 ◽  
Author(s):  
T. van Antwerpen ◽  
S. A. McFarlane ◽  
G. F. Buchanan ◽  
D. N. Shepherd ◽  
D. P. Martin ◽  
...  

Prior to the introduction of highly resistant sugarcane varieties, Sugarcane streak virus (SSV) caused serious sugar yield losses in southern Africa. Recently, sugarcane plants with streak symptoms have been identified across South Africa. Unlike the characteristic fine stippling and streaking of SSV, the symptoms resembled the broader, elongated chlorotic lesions commonly observed in wild grasses infected with the related Maize streak virus (MSV). Importantly, these symptoms have been reported on a newly released South African sugarcane cultivar, N44 (resistant to SSV). Following a first report from southern KwaZulu-Natal, South Africa in February 2006, a survey in May 2007 identified numerous plants with identical symptoms in fields of cvs. N44, N27, and N36 across the entire South African sugarcane-growing region. Between 0.04 and 1.6% of the plants in infected fields had streak symptoms. Wild grass species with similar streaking symptoms were observed adjacent to one of these fields. Potted stalks collected from infected N44 plants germinated in a glasshouse exhibited streak symptoms within 10 days. Virus genomes were isolated and sequenced from a symptomatic N44 and Urochloa plantaginea plants collected from one of the surveyed fields (1). Phylogenetic analysis determined that while viruses from both plants closely resembled the South African maize-adapted MSV strain, MSV-A4 (>98.5% genome-wide sequence identity), they were only very distantly related to SSV (~65% identity; MSV-Sasri_S: EU152254; MSV-Sasri_G: EU152255). To our knowledge, this is the first confirmed report of maize-adapted MSV variants in sugarcane. In the 1980s, “MSV strains” were serologically identified in sugarcane plants exhibiting streak symptoms in Reunion and Mauritius, but these were not genetically characterized (2,3). There have been no subsequent reports on the impact of such MSV infections on sugarcane cultivation on these islands. Also, at least five MSV strains have now been described, only one of which, MSV-A, causes significant disease in maize and it is unknown which strain was responsible for sugarcane diseases on these islands in the 1980s (2,3). MSV-A infections could have serious implications for the South African sugar industry. Besides yield losses in infected plants due to stunting and reduced photosynthesis, the virus could be considerably more difficult to control than it is in maize because sugarcane is vegetatively propagated and individual plants remain within fields for years rather than months. Moreover, there is a large MSV-A reservoir in maize and other grasses everywhere sugarcane is grown in southern Africa. References: (1) B. E. Owor et al. J Virol. Methods 140:100, 2007. (2) M. S. Pinner and P. G. Markham. J. Gen. Virol. 71:1635, 1990. (3) M. S. Pinner et al. Plant Pathol. 37:74, 1998.


Author(s):  
Marius Schneider ◽  
Vanessa Ferguson

Eswatini, formally known as the Kingdom of Eswatini, is a landlocked country in Southern Africa and one of the smallest countries in Africa with a total area of 17,364 square kilometres (km) and a population of 1,367 (2017). It is bordered by Mozambique and South Africa. The capital and main business centre of Eswatini is Mbabane. The working week is from Monday to Friday from 0800 to 1300 and 1400 to 1700. The Swaziland Lilangeni (SZL/ E) is the official currency of Eswatini. The Lilangeni was introduced in 1974 to compete with the South African rand through the Common Monetary Area, to which it remains tied at a one-to-one exchange rate.


2019 ◽  
Vol 21 (1) ◽  
pp. 151-165
Author(s):  
Anna-Mart van Wyk

South Africa had a small, highly classified nuclear weapons program that produced a small but potent nuclear arsenal. At the end of the 1980s, as South Africa was nearing a transition to black majority rule, the South African government destroyed its nuclear arsenal and its research facilities connected with nuclear armaments and ballistic missiles. This article, based on archival research in the United States and South Africa, shows that the South African nuclear weapons program has to be understood in the context of the Cold War battlefield that southern Africa became in the mid-1970s. The article illuminates the complex U.S.–South African relationship and explains why the apartheid government in Pretoria sought nuclear weapons as a deterrent in the face of extensive Soviet-bloc aid to black liberation movements in southern Africa, the escalating conflict with Cuban forces and Soviet-backed guerrillas on Namibia's northern frontier, and the attacks waged by the African National Congress from exile. A clear link can be drawn between the apartheid government's quest for a nuclear deterrent, liberation in southern Africa, and the Cold War.


Zootaxa ◽  
2008 ◽  
Vol 1697 (1) ◽  
pp. 1 ◽  
Author(s):  
AHMED S. THANDAR

This paper is the third and the final one in the series reporting on the numerous lots of unidentified holothuroids received from the South African and Natal Museums. While the first two papers were limited to the fauna of the subtropical east coast, this paper is limited to the fauna of the temperate region of southern Africa, west of the Port St. Johns-East London area, encompassing the warm and cold temperate faunistic provinces, stretching into Namibia. It records and/or describes 23 nominal and four indeterminate species of mostly dendrochirotid holothuroids. Altogether seven new species and three new records for the region under consideration are included and some new data presented for previously described but poorly known species, where this was lacking. The new species are Sclerothyone unicolumnus, Ocnus rowei, Cladodactyla brunspicula, Panningia trispicula, Psolidium pulcherrimum, P. pseudopulcherrimum and Synallactes samyni whereas the new records for South Africa are Pannychia moseleyi Théel; for the temperate region, Pawsonellus africanus Thandar; and for Namibia, Pseudoaslia tetracentriophora Heding.


2011 ◽  
Vol 10 (2) ◽  
pp. 212-230
Author(s):  
David Anthony

AbstractFrom 1908 to 1922, Oswin Boys Bull (1882–1971) had the primary responsibility for supervising the recruitment of African youth and students into the South African SCA and YMCA. Following the lead of overseas sojourners Luther Wishard and Donald Fraser in 1895 and John R. Mott and Ruth Rouse in 1906, Bull took his experience as a Jesus College, Cambridge classics and theology major and sportsperson into the challenging religious, racial and ethnic field of the Union of South Africa. Bringing a mix of strong spiritual roots and an unwavering commitment to the racially inclusive interpretation of Christianity, Bull blazed a trail that earned him the reputation of a pioneer ecumenist.Ably assisted by illustrious Xhosa-speaking intellectual and seasoned Christian proselytizer John Knox Bokwe, Bull made inroads into areas previously ignored by his predecessors. With a reach extending as far as neighboring historic Basutoland, Bull's efforts resulted in the establishment of branch associations in a variety of rural and urban locations. In spite of local opposition and tremendous geographical, linguistic, social and political barriers, Bull applied himself to the task of providing a firm foundation for Black and Mixed Race SCA and YMCA members to find places in previously lily-white bodies.Understanding both his limits as well as his capabilities, Bull's generosity allowed him to share the spotlight with other evangelists. His correspondence with YMCA leader John Mott demonstrates a humble willingness to see the task of ‘nonwhite’ inclusion in SCA and YMCA work to the end. By the time Max Yergan, the first permanent YMCA and SCA secretary arrived in South Africa early in 1922, Bull was able to delegate most of the duties that required a field secretary to him, satisfied that he could concentrate on the remainder of his managerial duties from the YMCA and SCA center, in Cape Town and Stellenbosch, respectively. Already fluent in Afrikaans, Bull's history of attempting to build bridges between competing and often hostile populations set the standard for the type of leadership that a complex, extremely ethnically and religiously particularistic society like South Africa would need to construct a broadly based national movement.Although O.B. Bull is known only to readers of Alan Paton's Hofmeyr, and those involved in the institutions with which he was associated, most notably, St Edmunds School, Jesus College, Cambridge, the Scriptural Union and the South African SCA and YMCA, it may now be possible for later generations to revisit the times in which he lived and worked to regain a sense of the odds against which he struggled and the resolve he showed in striving first to dream of and then fight for a more inclusive Southern African YMCA.While he was by no means perfect and was clearly himself a product of his place and time, his quests for something better within himself and his adopted country were noble.


2010 ◽  
Vol 7 (6) ◽  
pp. 8837-8871 ◽  
Author(s):  
E. de Coning ◽  
E. R. Poolman

Abstract. Extreme weather related to heavy or more frequent precipitation events seem to be a likely possibility for the future of our planet. While precipitation measurements can be done by means of rain gauges, the obvious disadvantages of point measurements are driving meteorologists towards remotely sensed precipitation methods. In South Africa more sophisticated and expensive nowcasting technology such as radar and lightning networks are available, supported by a fairly dense rain gauge network of about 1500 gauges. In the rest of southern Africa rainfall measurements are more difficult to obtain. The availability of the local version of the Unified Model and the Meteosat Second Generation satellite data make these products ideal components of precipitation measurement in data sparse regions such as Africa. In this article the local version of the Hydroestimator (originally from NOAA/NESDIS) is discussed as well as its applications for precipitation measurement in this region. Hourly accumulations of the Hydroestimator are currently used as a satellite based precipitation estimator for the South African Flash Flood Guidance system. However, the Hydroestimator is by no means a perfect representation of the real rainfall. In this study the Hydroestimator and the stratiform rainfall field from the Unified Model are both bias corrected and then combined into a new precipitation field which can feed into the South African Flash Flood Guidance system. This new product should provide a more accurate and comprehensive input to the Flash Flood Guidance systems in South Africa as well as southern Africa. In this way the southern African region where data is sparse and very few radars are available can have access to more accurate flash flood guidance.


Author(s):  
Ronell Klopper ◽  
Pieter Winter ◽  
Marianne Le Roux

Updated country and regional plant checklists for southern Africa have been available for several decades. These form the backbone of foundational and applied biodiversity-related processes, e.g., herbarium specimen curation, conservation assessments, and biodiversity policy and planning activities. A plant taxonomic backbone for South Africa has been maintained electronically since the 1970s; originally in the custom-built National Herbarium, Pretoria Computerised Information System (PRECIS) database; and currently in the Botanical Database of Southern Africa (BODATSA), using Botanical Research & Herbarium Management System (BRAHMS) software. The BODATSA species table contains ca. 129,000 names of fungi, algae, mosses, lycophytes and ferns, conifers, and flowering plants. Taxonomic backbone data is continuously expanded, updated, and improved following strict policies and standards in an attempt to keep it up-to-date and current. The South African National Plant Checklist (SANPC) Policy stipulates that a single classification is followed for taxonomic groups at the family level and above. Thus a classification system was chosen for each plant group represented in the backbone. For genera and below, the latest published evidence-based classification is followed. Where there are opposing classifications for a group based on similar data, the SANPC Committee decides which classification is most suitable from a southern African perspective. Researchers can also make an appeal to the Committee not to follow the latest publication, if it is controversial. Updating primarily involves keeping track of literature references and the taxon additions, synonymies, and other taxonomic and nomenclatural changes they represent. Attributes affected by such changes are adjusted in the taxon module of BODATSA. Currently the taxonomic backbone for indigenous and naturalised mosses, liverworts, hornworts, ferns and lycophytes, conifers, and flowering plants is actively maintained and updated. Fungal names are not curated in BODATSA, as the Mycology Unit of the Agricultural Research Council (ARC) of South Africa maintains a taxonomic backbone for fungi. In future, all fungal names will be migrated to a separate instance of BRAHMS, and links to the ARC database will be established to update the fungal backbone. Previously algae were not included in BODATSA or the SANPC, but algal names are now being added to the backbone. Only names of green and red algae will be added initially. Maintenance of the names for indigenous taxa in southern Africa was always prioritised in the taxonomic backbone. Recently, the scope was expanded to also focus more on our naturalised flora. For these taxa, expansion involved tagging some existing names as naturalised or invasive and adding others. Thus far this dataset has been managed differently, and we realize that to some extent, this will need to continue going forward since information here are more about presence or absence, and confirmation of naturalised status. BODATSA also houses 1.37 million specimen records for more than 2 million specimens housed in the three herbaria of the South African National Biodiversity Institute (SANBI): Compton Herbarium (NBG & SAM), Cape Town; KwaZulu-Natal Herbarium (NH), Durban; and National Herbarium (PRE), Pretoria. Determinations of specimen records are directly linked to names in the taxonomic backbone. Any changes in the backbone thus filter down to the specimen records and should ideally also be reflected in the physical herbarium collections. Checklists for South Africa and the Flora of southern African region were initially published in hardcopy, with some later made available in pdf format. An official yearly release of the SANPC (currently containing just under 40,000 names for indigenous and naturalised mosses, liverworts, hornworts, lycophytes and ferns, conifers, and flowering plants occurring in South Africa) is now made available online as a downloadable spreadsheet, together with other checklist-related documents. This part of the backbone is also accessible in the searchable online platform, Plants of southern Africa (POSA). In line with global initiatives to mobilise plant biodiversity data, this platform provides specimen record data as well, and will soon link descriptive data from the e-Flora of South Africa project to the backbone (once the National Biodiversity Information System website upgrade is finalised). The SANPC connects with several international initiatives and is utilised to update the taxonomic backbones of, amongst others, the World Flora Online (WFO) Project (including the WFO Plant List) and the African Plants Database. This contribution will briefly outline the history of compiling, updating, and disseminating the taxonomic backbone of southern African plants. It will provide information on current data management processes and procedures. Challenges relating to updating the taxonomic backbone, will be highlighted and discussed.


Obiter ◽  
2021 ◽  
Vol 31 (2) ◽  
Author(s):  
PHG Vrancken ◽  
SV Hoctor

The recent events off the Horn of Africa have drawn attention again to the problem of piracy. Less publicized is an increase in pirate activities in West Africa. Despite centuries of repression, this criminal behaviour continues to present a serious challenge to the safety of shipping on which international trade depends. And the phenomenon is spreading worryingly close to a South African coast which witnessed it in the past. Indeed, pirates operated off the coast of Southern Africa as early as 1508, with pirate activity peaking at the end of the 17th century. Piracy may be generally defined as “unlawful depredation at sea involving the use or threat of violence possibly, but not necessarily, involving robbery”. The purpose of this paper is to examine the contribution of the Defence Act 42 of 2002 (hereinafter “the Act”) to the fight against piracy. South Africa has a duty to co-operate to the fullest possible extent in the repression of piracy on the high seas in terms of the 1982 UN Convention on the Law of the Sea (hereinafter “LOSC”) (art 100. South Africa ratified LOSC in 1997 after it had come into effect in 1994). In order to do so, South Africa is expected to exercise its legislative, executive and judicial jurisdictions.


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